THz Bandpass Filter Design Using Metamaterial-Based Defected 1D …
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accordingly, and a notch is found at 1 m, where it shows its increasing wave of
bandwidth up to 0.04 µm, and decreases at 8° (angle of incidence).
Similar results are obtained for paired nanorod structure, but from the characteristic point-of-view, minute but significant differences are observed. In Fig. 8a, optical
bandwidth is drawn by changing angle of occurrence at the primary interface. It is
Fig. 7 a Bandwidth with incident angle under TE mode for defected structure considering nanofishnet structure having elliptical void. b Bandwidth with air thickness for oblique incidence (5° incident
angle) under TE mode for defected structure considering nanofishnet structure having elliptical void
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accordingly, and a notch is found at 1 m, where it shows its increasing wave of
bandwidth up to 0.04 µm, and decreases at 8° (angle of incidence).
Similar results are obtained for paired nanorod structure, but from the characteristic point-of-view, minute but significant differences are observed. In Fig. 8a, optical
bandwidth is drawn by changing angle of occurrence at the primary interface. It is
Fig. 7 a Bandwidth with incident angle under TE mode for defected structure considering nanofishnet structure having elliptical void. b Bandwidth with air thickness for oblique incidence (5° incident
angle) under TE mode for defected structure considering nanofishnet structure having elliptical void